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    • 5. 发明授权
    • Device and method for reducing fireplace particulate emissions
    • 用于减少壁炉微粒排放的装置和方法
    • US07490601B2
    • 2009-02-17
    • US11825589
    • 2007-07-05
    • Paul E. Tiegs
    • Paul E. Tiegs
    • F24B1/18
    • F24B1/006F23B5/04F23B90/08F23C13/02F23C13/08F23G7/061F23G7/07
    • A fireplace afterburner is presented including a shell having a first open shell end for receiving fireplace emissions and a second open shell end for expelling fireplace emissions, a flue inside said shell having a first flue end which can be closed, and a second flue end which is open, wherein when the first flue end is closed fireplace emissions flow around said flue, and wherein when said first flue end is open fireplace emission flow through said flue, a heating element connected to said shell and encircling said flue, wherein said heating element heats emissions that pass in proximity to the element, and a catalyst bed connected to said shell and encircling said flue. A method for reducing products of incomplete combustion in fireplace emissions is presented including receiving fireplace emissions into a shell, heating said fireplace emissions to at least 1501° F. (816° C.), reacting said fireplace emissions with a catalyst substrate, and releasing the results of said reaction from said shell.
    • 提供了一种壁炉加力燃烧器,其包括具有用于接收壁炉排放物的第一开口壳体端部和用于排出壁炉排放物的第二敞开的壳体端部的壳体,所述壳体内的烟道具有可封闭的第一烟道端,以及第二烟道端, 其中当第一烟道末端是围绕所述烟道的封闭壁炉排放物流时,并且其中当所述第一烟道末端是穿过所述烟道的开放式壁炉排放物流时,连接到所述壳体并包围烟道的加热元件,其中所述加热元件 加热通过到元件附近的排放物,以及连接到所述壳体并围绕所述烟道的催化剂床。 提出了一种减少壁炉排放物不完全燃烧产品的方法,包括将壁炉排放到壳体内,将壁炉排放物加热至至少1501°F(816°C),使壁炉排放物与催化剂底物反应,释放 所述反应的结果来自所述壳。
    • 10. 发明授权
    • Heating apparatus
    • 加热装置
    • US4582045A
    • 1986-04-15
    • US331519
    • 1981-12-17
    • Warren G. DorauColin C. HandeysideLynn N. Kramar
    • Warren G. DorauColin C. HandeysideLynn N. Kramar
    • F24B1/00F24B5/02F24C1/14
    • F23B90/08F24B1/006F24B5/026
    • A wood or coal burning heater or stove employing a catalytic combustor in its combustion chamber having a primary air supply which feeds air to the fuel, and a secondary air supply which feeds air directly to the catalytic combustor by means of an air diffuser which sprays air evenly over the undersurface of the catalytic combustor. Combustion gases from the burning fuel in the combustion chamber pass through the catalytic combustor to a heat exchanger and then to an exhaust flue. The primary and secondary air supplies are simultaneously controlled so that maximum primary air and reduced secondary air are supplied when maximum heat is demanded, and reduced primary air and maximum secondary air are supplied when minimum heat is demanded. The ratio of primary to secondary air is precisely controlled to maximize overall heating efficiency consonant with high BTU output. A safety interlock system is also provided which only permits opening of the fuel loading door to the combustion chamber after first opening an internal path from the combustion chamber to the exhaust flue which by-passes the catalytic combustor, and maximizing the primary air supply, to thereby prevent the flow of combustion products out of the fuel loading door.
    • 在其燃烧室中使用催化燃烧器的木材或燃煤加热器或炉子具有向燃料供应空气的一次空气供应,以及二次空气供应,其通过喷射空气的空气扩散器将空气直接送入催化燃烧器 均匀地在催化燃烧器的下表面上。 来自燃烧室内的燃烧燃料的燃烧气体通过催化燃烧器进入热交换器,然后通过排气烟道。 同时控制一次和二次空气供应,以便在需要最大热量时提供最大一次空气和二次空气减少,并且在需要最小热量时提供一次空气和最大二次空气。 精确控制一次空气与二次空气的比例,以提高与高BTU输出相关的总体加热效率。 还提供了一种安全联锁系统,其仅允许在首先打开从燃烧室到排气烟道的内部路径之后向燃烧室打开燃料加载门,旁路通过催化燃烧器,并使一次空气供应最大化, 从而防止燃料产物流出燃料加载门。